The Federal Communications Commission approved Amazon Leo‘s purchase of Globalstar on October 27, 2026, clearing the main US regulatory hurdle for a deal reported at $11.5 billion, Advanced Television reported. The Amazon Leo Globalstar acquisition delivers about 25 megahertz of internationally harmonized mobile-satellite service spectrum and Globalstar’s two dozen satellites to Amazon, and it gives the company a direct route into the direct-to-device market.
For hardware watchers, the story is less about a corporate takeover and more about who controls the radio spectrum that lets an ordinary phone talk to a satellite. Rockets and antennas can be built or bought. Licensed spectrum with international coverage is far harder to assemble, and the FCC just let Amazon buy a ready-made block.
The approval lands in the middle of a crowded fight over satellite airwaves. Carriers are lobbying to protect their own bands, as we covered when carriers shielded 290 MHz while SpaceX received a 5 MHz slice. Amazon took a different route. It bought an existing license holder instead of asking regulators to carve out new spectrum.
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What the FCC Approved on October 27
The Federal Communications Commission signed off on the transfer of Globalstar’s licenses to Amazon Leo, the satellite broadband business formerly known as Kuiper. Silicon UK, Fierce Network and Advanced Television all carried the news within a day, and each describes the same core package: the spectrum, the satellites and the licenses that sit on top of them.
The FCC concluded that no material public-interest harms were likely to result from the transaction. That finding matters because merger reviews at the agency often turn on competitive harm. A clean finding signals the commission saw Amazon as an additional competitor in satellite connectivity, not as a company consolidating a market it already led.
The agency also tied the approval to Amazon Leo’s entry into direct-to-device service, meaning connections between satellites and handsets that need no special hardware. According to the FCC’s reasoning as reported by Fierce Network, the deal will support fixed and mobile services. It did not hand Amazon a finished consumer product. It handed Amazon the regulatory footing to build one.
One more detail deserves attention. The FCC stated that, following the close of the transaction, Amazon Leo may use the C-3 System grant to build and launch a newly authorized system. In the commission’s words: “Following the close of its transaction with Globalstar, Amazon Leo may use the C-3 System grant to build and launch this newly authorized system.” That sentence links the approval to future hardware, not just to assets Globalstar already owns.
The Numbers: $11.5 Billion, $11.57 Billion and $10.8 Billion
Headlines call this an $11.5 billion deal, but the figure shifts depending on the outlet. One report gives the more precise number of $11.57 billion, while an earlier announcement of the agreement was reported at $10.8 billion. Rounding explains part of the gap, and the earlier figure likely reflects the terms before the final structure was set. Neither the FCC nor the reports available today explain the difference line by line, so treat any single figure with care.
| Reported figure | Where it appeared | Status |
|---|---|---|
| $10.8 billion | Earlier deal announcement coverage | Superseded by later reports |
| $11.5 billion | Headline figure across most outlets | Rounded, widely repeated |
| $11.57 billion | One report with the precise number | Most specific figure available |
| Approximately 25 MHz | FCC approval coverage | Confirmed |
| Two dozen satellites | Transaction coverage | Confirmed |
| 2027 closing | Reported expectation | Unconfirmed |
The takeaway for readers: the price tag is a moving target, but the asset list is stable. If you quote the deal in your own work, call it “about $11.5 billion” and name the source. This article follows that convention.
Why 25 MHz of Mobile-Satellite Spectrum Matters
Spectrum is the radio real estate a satellite uses to reach a phone. The FCC described the block in this deal as internationally harmonized mobile-satellite service spectrum, and that phrase carries weight. Harmonized means regulators in many countries have set aside compatible frequencies for satellite use, so a single device design can work across borders. A carrier or satellite operator without such a block must negotiate market by market.
Twenty-five megahertz is not enormous by terrestrial standards, since cellular carriers hold far larger portfolios. But mobile-satellite bands are scarce, and the number of operators with clear rights to them is small. That scarcity explains why buyers pay billions for a modest slice. The spectrum is the part of the deal that rivals cannot copy by launching more satellites.
How direct-to-device service actually works
In a direct-to-device system, a satellite acts like a cell tower in orbit. The phone connects using radio frequencies the handset’s chipset already supports, so the user needs no dish. Two ingredients make it work: licensed spectrum the phone can use, and enough satellites overhead to keep the link alive. Amazon Leo now has a claim on the first ingredient and a head start on the second.
Companies that rely on partner spectrum face a ceiling. Cellular carriers can lease or share airwaves with a satellite operator, but they can also reclaim them, tighten terms or bargain hard. By buying a license holder outright, Amazon avoids that dependency. This is the main strategic logic behind the Amazon Leo Globalstar acquisition, and it mirrors how terrestrial network owners have always thought about airwaves.
Two Dozen Satellites and the C-3 System Question
The acquisition includes Globalstar’s two dozen satellites, according to the reporting on the transaction. That is a small fleet next to the mega-constellations that dominate headlines, but it is a working one with an established license footprint. Amazon gets an operating network, not a paper plan.
Some coverage cites 48 low-Earth-orbit satellites and six on-orbit spares in connection with the deal. Those figures belong to the separately authorized Globalstar C-3 system, and the reports available today do not confirm that they are assets transferring to Amazon in the purchase. Think of C-3 as a next-generation system Amazon Leo may build after closing, not as hardware already in space.
Why the distinction matters for buyers and investors
Confusing the existing fleet with the authorized one inflates the picture of what Amazon owns on day one. The existing satellites provide continuity and a customer base. The C-3 grant provides a path to something larger, but that path still requires manufacturing, launch contracts and time. Anyone modeling Amazon’s direct-to-device timeline should separate the two.
Launch capacity will shape that timeline. As we reported when Telesat said it needs 14 SpaceX launches for 225 satellites, even well-funded operators depend on a thin supply of heavy-lift rockets. Building a new constellation is a multi-year logistics problem, and the C-3 authorization only starts that clock.
Globalstar Becomes an Amazon Subsidiary, but Keeps Its Name
Under the structure described in the approval coverage, Globalstar will become a wholly owned subsidiary of Amazon while retaining its corporate identity. It will operate as an affiliate of Kuiper Systems LLC, the entity described as the business now known as Amazon Leo. Amazon therefore gets full control without erasing a brand that existing customers and partners recognize.
Keeping the Globalstar identity is a practical choice. Satellite operators carry contracts, roaming arrangements and licenses that tie to named legal entities. Preserving the entity reduces the paperwork risk during integration. It also signals to existing business partners that service continues while the ownership changes behind it.
Reports also link Globalstar’s network to satellite features on Apple devices, including emergency messaging. The reports available today do not lay out how that relationship changes under Amazon ownership, so any claim about handset partnerships after closing remains speculation. Watch for statements from Apple, Amazon or Globalstar in the coming quarters.
What the FCC Says the Public Gets
The FCC framed the approval around public benefit. It said the deal is likely to benefit the public by “enhancing data coverage in unserved or underserved areas” and by strengthening emergency communications capabilities. Those are the standard justifications regulators cite for satellite approvals, but the emergency angle carries real weight. Satellite links keep working when towers lose power, which is why phones increasingly include emergency satellite messaging.
The coverage claim deserves some skepticism. Regulators describe benefits in terms of potential, and actual coverage depends on pricing, device support and carrier agreements. A satellite signal that reaches a remote farm still has to be sold at a price that farm will pay. The FCC’s finding does not guarantee any specific service level or launch date.
Still, the finding sets a useful benchmark. The commission found no material public-interest harms, which suggests it sees spectrum aggregation by a new entrant as healthy for competition, not as a threat. That position could shape how it treats the next satellite spectrum deal.
What Officials and Companies Said
FCC Chairman Brendan Carr framed the approval as a competition win. In a statement reported by the Charlotte Observer, Carr said: “The FCC has empowered Amazon Leo to deliver fast, next-gen satellite broadband services, increase competition, and help communities stay connected all across the country.”
Advanced Television carried more of the chairman’s remarks. Carr said, “President Trump is restoring America’s technology leadership,” and added: “And this FCC authorisation is a significant step towards supercharging next-generation connectivity.” The political framing is worth noting, since satellite policy has become tied to broader US technology strategy.
Amazon’s response was shorter and more cautious. A company spokesperson told Fierce Network: “We appreciate the FCC’s thorough review and approval of the transfer of control of Globalstar’s licenses. This brings us a step closer to bringing new connectivity capabilities to customers.” The phrase “a step closer” is telling. Amazon did not announce a launch date or a consumer product.
Globalstar’s side sounded relieved. L. Barbee Ponder, General Counsel and Vice President of Regulatory Affairs at Globalstar, told Fierce Network: “We appreciate the FCC moving quickly and efficiently to approve the transfer of Globalstar’s domestic licenses as part of its merger with Amazon.” His wording points to domestic licenses. Whether other jurisdictions must weigh in before the whole deal closes is not spelled out in the reports reviewed.
Amazon Leo vs Starlink vs AST SpaceMobile
Amazon Leo now enters a direct-to-device field with two prominent rivals. SpaceX’s Starlink is pursuing satellite-to-phone connectivity, and AST SpaceMobile is developing cellular broadband directly from satellites. Reports on the transaction identify Starlink as the primary competitive target. The table below compares the approaches at a qualitative level, because the companies publish different metrics and several of the numbers remain unconfirmed.
| Operator | Direct-to-device approach | Spectrum position | Key open question |
|---|---|---|---|
| Amazon Leo | Buys an existing license holder and satellite fleet, then builds a new system under the C-3 grant | About 25 MHz of harmonized mobile-satellite spectrum after closing | Launch timing and handset support |
| Starlink (SpaceX) | Satellite-to-phone service pursued alongside carrier partnerships | Relies on partner and newly sought spectrum | Carrier resistance to spectrum requests |
| AST SpaceMobile | Cellular broadband delivered directly from satellites | Depends on partner carrier arrangements | Scaling the constellation |
The sharpest contrast is how each company secured airwaves. Starlink has pushed regulators for new allocations, a path that has drawn fire from carriers. Our report on AT&T, Verizon and T-Mobile opposing the FCC’s 482 MHz Starlink mobile plan shows how contested that route can be. Amazon sidestepped part of that fight by purchasing licensed spectrum from a company that already held it.
Carrier relationships matter just as much as licenses. Not every carrier wants to hitch its network to one satellite vendor, as our report on how Verizon ruled out a Starlink MVNO shows. That could leave room for a rival with a neutral wholesale pitch, though Amazon has not announced any carrier agreement.
Market Impact: Carriers, Handset Makers and Satellite Operators
For mobile carriers, a third serious satellite option improves negotiating leverage. Operators that once faced one dominant satellite partner can now play Amazon Leo against Starlink and AST SpaceMobile. Wholesale pricing for satellite coverage should face pressure over time, though no price has been announced and any forecast here is analysis rather than reported fact.
For handset makers, the approval raises a design question. A phone that supports one satellite band may not support another without hardware changes. Reports tie Globalstar’s network to existing satellite features on some phones, which means device support for Globalstar-band service already exists in the market. How Amazon extends that support to new handsets will decide how quickly the spectrum becomes useful.
For satellite operators outside the big three, consolidation raises the bar. Smaller firms that hoped to rent mobile-satellite spectrum may find fewer sellers. Meanwhile, newer entrants such as those described in our piece on Cowboy Space’s plan for 20,000 satellites show that appetite for constellations has not slowed, even as the spectrum to serve them tightens.
For enterprise and government buyers, the story is about vendor diversity. Dependence on one provider creates risk, a theme we explored in Ukraine’s single-vendor Starlink risk. A funded Amazon alternative, backed by cloud infrastructure, gives procurement teams a second credible name to evaluate.
Historical Context: From Kuiper to Amazon Leo
Amazon’s satellite effort began under the Kuiper name, and coverage of the approval still names Kuiper Systems LLC as the entity behind what is now branded Amazon Leo. The rename reflects a shift from a pure broadband project toward a broader connectivity business that includes mobile service. The Globalstar purchase is the clearest evidence of that shift so far.
Globalstar, for its part, is an established mobile-satellite operator, and its spectrum carries the harmonized designation that Amazon wants. Buying an existing license position likely lets Amazon skip years of spectrum applications and international coordination, though neither company has detailed that math.
The deal’s own timeline shows how long these transactions take. An earlier announcement put the price at $10.8 billion, and the approval arrived with a figure near $11.5 billion. The expected closing in 2027 would stretch the process across more than a year from first headline to completed transfer. That is typical for regulated spectrum deals, where each license transfer needs sign-off.
Risks and Open Questions
FCC approval is necessary for the Amazon Leo Globalstar acquisition, but it is not the finish line. The closing is expected in 2027, and reports describe that date as an expectation rather than a commitment. Remaining conditions, possible approvals in other jurisdictions and integration work could all move the date. The table separates what the sources confirm from what they do not.
| Item | Status | Why it matters |
|---|---|---|
| FCC approval on October 27, 2026 | Confirmed | Clears the main US regulatory step |
| Approximately 25 MHz of spectrum | Confirmed | Core asset of the deal |
| Two dozen satellites | Confirmed | Gives Amazon an operating fleet |
| No material public-interest harms | Confirmed (FCC finding) | Signals regulatory comfort with the deal |
| Exact price ($11.5B vs $11.57B) | Unconfirmed precision | Reports differ on the last digits |
| Closing in 2027 | Unconfirmed expectation | Determines when Amazon can use the assets |
| 48 LEO satellites and six spares | Unconfirmed as deal assets | Belongs to the separate C-3 system |
Execution risk sits on top of the regulatory risk. Building and launching a new system under the C-3 grant requires manufacturing at scale, rocket access and device partners willing to support the new bands. No source reviewed for this article gives a launch schedule for that system. Skeptics will reasonably ask how much of Amazon’s direct-to-device pitch is hardware in orbit and how much is a plan.
Five Predictions for Amazon Leo’s Direct-to-Device Push
These are analyst-style forecasts about the Amazon Leo Globalstar acquisition, not reported facts. Each rests on the confirmed details above.
- The deal closes in 2027 without a new US obstacle. The FCC found no material harms, and the remaining steps look procedural. A delay would more likely come from foreign approvals or financing mechanics.
- Amazon names its first handset or carrier partners before it launches new satellites. Spectrum without devices earns nothing, so partnership news should lead hardware news.
- Carriers will keep lobbying on spectrum. Their fight over satellite access to terrestrial bands will continue regardless of this deal, because Amazon’s purchase does not settle the broader allocation debate.
- Starlink and AST SpaceMobile will answer with new partnership or spectrum announcements. A rival that gains licensed airwaves forces competitors to show their own path to coverage.
- Launch capacity becomes the bottleneck. The C-3 system needs rockets, and rocket supply is tight. Expect Amazon to emphasize launch contracts as the story moves from regulation to hardware.
What Hardware Buyers and Investors Should Watch
If you buy phones, nothing changes today. No new satellite plan, price or device was announced with the approval. The practical effect shows up later, when handset makers decide which satellite bands to support in future models. Our hardware coverage will track those chipset and antenna decisions as they appear.
If you follow the space and telecom sectors, watch four signals. First, the formal closing date and any extra approvals. Second, announcements about the C-3 build, including manufacturing and launch contracts. Third, any statement on how existing Globalstar customers and partners are handled. Fourth, carrier reactions, since their cooperation decides how fast satellite coverage reaches ordinary subscribers.
The simple summary: Amazon spent a reported $11.5 billion to skip the spectrum queue, and the FCC agreed it was good for the public. What Amazon builds with that head start will take years to measure.
Frequently Asked Questions
When did the FCC approve the Amazon Leo Globalstar acquisition?
The FCC approved the transaction on October 27, 2026, according to coverage from Advanced Television and Fierce Network.
How much is the Globalstar deal worth?
Reports put it at about $11.5 billion, and one report gives $11.57 billion. An earlier announcement of the agreement was reported at $10.8 billion.
What does Amazon get in the deal?
Amazon gets approximately 25 megahertz of internationally harmonized mobile-satellite service spectrum and Globalstar’s two dozen satellites, along with the licenses tied to them.
Will Globalstar disappear after the purchase?
No. Globalstar will become a wholly owned subsidiary of Amazon but keep its corporate identity, operating as an affiliate of Kuiper Systems LLC, the business now known as Amazon Leo.
When will the deal close?
Reports expect the closing in 2027, but that is an expectation rather than a confirmed date. Remaining conditions must still be met.
What is direct-to-device satellite service?
It lets an ordinary phone connect to a satellite without a dish, using licensed radio spectrum the handset already supports. The FCC said the deal will support Amazon Leo’s entry into this market.
Does the deal include 48 LEO satellites?
That figure, along with six on-orbit spares, refers to the separately authorized Globalstar C-3 system. Reports do not confirm those satellites as assets transferring in the purchase.
Who competes with Amazon Leo in direct-to-device?
Reports name SpaceX’s Starlink as the primary target and also point to AST SpaceMobile, which is developing cellular broadband directly from satellites.
